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The City of Austin
Austin cares about our environment and is one of the greenest cities in the United States as well as being a national leader on the green building scene.
Austin Solar Sunflower Field at Mueller
A retail lot in Austin, Texas recently sprouted a stunning field of solar sunflowers that soak up the sun’s rays to provide shade while generating a steady stream of renewable energy. Designed by public art team Harries/Heder, the installation consists of 15 flower-like solar photovoltaic panels located on a pedestrian and bike path between the village of Mueller and Austin’s highway I-35. According to the Harries/Heder, the flowers are “an icon for the sustainable, LEED certified Muller Development and highly visible metaphor for the energy conscious City of Austin."
Austin Home with Solar Photovoltaic Panels in the Mueller Community
Mueller's Green Building Program — one of the most aggressive in the country; incorporates national LEED standards. As a result, Mueller's designs are resource-efficient, use non-toxic and recyclable regional materials and help maintain and improve air and water quality. The program is designed to promote better health, greater comfort and lower utility bills.
Wind Turbine at LCRA's McKinney Roughs Nature Park
The Lower Colorado River Authority (LCRA), the Texas State Energy Conservation Office (SECO), the Alternative Energy Institute (AEI) at West Texas A&M University, and Meridian Energy Systems collaborated to install a Skystream 3.7 residential-sized wind system at the LCRA’s McKinney Roughs Nature Park near Bastrop, Texas. It is used as an educational teaching aid. The wind turbine: Skystream 3.7 with a 2.4 kilowatt rating mounted on a 75 ft pole with a 12 ft blade span. The turbine begins producing power with 8 mph breezes, has an average power rating of 1.8 kilowatts (kW) and operates most efficiently at wind speeds of 12 mph. Full output is achieved with 20 mph winds
Solar Photovoltaic Panel at LCRA's McKinney Roughs Nature Park
Primarily used as an educational aid. This 1-kW solar photovoltaic panel when combined with the wind turbine already on site, can offset about 2,500 kilowatt-hours (kWh) of power used each year at the nature park’s administration buildings. That equals a projected offset of about 3,400 pounds of carbon dioxide emissions each year.
LCRA's Mansfield Dam
Mansfield Dam is one LCRA's six dams. Once the major source of LCRA's electric generation capacity, now provide power at times of peak demand as water levels allow. When fully operational, the dams' generating stations can supply as much as 292 megawatts of green electric power.
Created on Wednesday, 03 October 2012 01:00
BTI Phase V Project - Fall 2012
The success of the previous four projects for Building Turbines, Inc. has led to another working project for the Austin Green Energy Group team of professionals.
The goal of the Fall 2012 Phase V Project will have the Austin Green Energy Group members collaborating with the Texas State University Manufacturing Engineering Design Projects Program to implement specific aspects cited by the Phase I, II, III, & IV Projects at The University of Texas at Austin’s Mechanical Engineering Design Projects Program. This project will focus on the manufacture of a full scale "New Design" wind turbine to the specifications of the tested and approved model in the UT Phase IV Project and will build on the findings in the previous AGEG/BTI R&D projects.
With the "New Design" wind turbine having proven that the power output can be greatly enhanced with some slight modifications to the original design. The goal now is to modularize the wind turbine and greatly reduce the manufacturing, installation, maintenance costs.
The Austin Green Energy Group expects to successfully deliver a better, more efficient wind turbine to Building Turbines, Inc. that will be easy to manufacture, install, and maintain. The lower cost of the “New Design” wind turbine will make it highly competitive in the renewable energy marketplace.